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NUMERICAL MODELING AND OPTIMAL ESTIMATION OF THE TRANSPORT OF GROUNDWATER POLLUTION

NUMERICAL MODELING AND OPTIMAL ESTIMATION OF THE TRANSPORT OF GROUNDWATER POLLUTION
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摘要 A numerical method for coupled solution of the equations of groundwater flow and pollution transportation is presented on the basis of operator-splitting algorithm, and the application of Kalman filtering technique into the study of groundwater pollution are explored also in the present paper. Computative examples indicate that the numerical method and application of Kalman theory can avoid the unhealthy tendencies in numerical modeling and hence attain the computative accuracy considerably. A numerical method for coupled solution of the equations of groundwater flow and pollution transportation is presented on the basis of operator-splitting algorithm, and the application of Kalman filtering technique into the study of groundwater pollution are explored also in the present paper. Computative examples indicate that the numerical method and application of Kalman theory can avoid the unhealthy tendencies in numerical modeling and hence attain the computative accuracy considerably.
出处 《Journal of Hydrodynamics》 SCIE EI CSCD 1996年第4期18-24,共7页 水动力学研究与进展B辑(英文版)
关键词 operator-splitting method SEEPAGE groundwater pollution FEM Kalman filtering operator-splitting method seepage groundwater pollution FEM Kalman filtering
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